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光的反应。绿色激光激活金刚石，使其处于开的状态，而适宜的红外照明又使其有效快速的处于关的状态；鉴于这个基本概念，研究者在超高速条件下调制光学纳米金刚石的开关状态，验证其稳定性和可行性，以用于高速量子计算和高速信息处理技术。
A new study has found ICFO, nano diamond can effectivelyact as controllable optical switch at room temperature.Containing a nitrogen impurity nano diamond like an artificial atom, the package effect ( encapsulation ), at room temperature, it is more stable than a true atomic. ICFOscientists have discovered a novel physical mechanism,used to control the nano diamond with the reaction of light.Green laser activation of diamond, which is in the openstate, and the infrared lighting for the rapid and effective in the close state; in view of the basic concepts, the switch state researchers modulation in ultra high speed conditionoptical nano diamond, verify its stability and feasibility forquantum computing, high speed and high speed information processing technology. ICFO的研究员Qquidant评价：这种纳米金刚石光学开关的尺寸小、反应速度快，室温操作，技术优势非常明显。这一新技术未来将应用在光学集成电路和量子计算的信息处理等方面。 Researcher Qquidant ICFO evaluation : the nano diamondoptical switch of small size, fast response, room temperature operation, technology is very obvious advantages. This new technology will be applied in the calculation of optical integrated circuits and quantuminformation processing. ——本信息真实性未经北钻超硬材料网证实，仅供您参考 -- the information authenticity without North drilling super hard material that, only for your reference (Editor：admin) |